PRODUCTS
A4系列飞行控制与导航计算机:适用于小型电动、油动固定翼、倾转旋翼、多旋翼等飞行器
B7系列飞行控制与导航计算机:适用于各类多旋翼飞行器
XF20 is an indicator autopilot: GNSS guidance and pod guidance C methods, types of fixed wing, various types of mission routes
SESRVICE & SUPPORT
Professional technical team, military development background, advanced dual-V design concept and MBSE tools, forward design and verification process guarantee to provide customers with professional, comprehensive and efficient technical support
Design and simulation services
Wind tunnel testing and data processing
Aircraft dynamics modeling
Stability characteristics and flight&performance analysis
Navigation fusion design
Guidance and control design
Formation flight control
Monte Carlo shooting simulation
Software and hardware development services
External interface configuration is supported
Avionics module optional integrated support
Application layer software secondary development support
Supports
CAN、TTL、RS232、RS422 communication
Peripheral drive development services
External device driver development services
Integrated test service
MIL、SIL、PIL、HIL test support
Whole machine level semi-physical simulation test support
Wind tunnel free flight test support
Flight test service
Provide scale verification solution
Provide flight test data analysis services
Provide system parameter identification services
Provide flight quality evaluation service
Research and education service
• OBS rapid prototyping ecological chain support
• Demonstration and verification support of scientific research results
• UAV flight control teaching practice course support
Typical case - Fixed wing
Preflight preparation
taxing for take-off
Front wheels leave ground
Steady climb
Landing gear retracting
Steady turn
approaching
Landing to ground
brake & stop
A 200kg class fixed wing UAV
launch
in air
in air
parachute release
A catapulted drone
Typical case - Vertical take-off and landing
multi-copter mode
Transition to fixed wing mode
Fixed wing mode
Transition to multi-copter mode
Tilt-rotor drone
quadplane
Typical case - Multiple rotors
An aircraft nest take-off and landing project
principle test
vechicle platform test
application test
A mobile platform take-off and landing project
load takeoff
fixed-point hovering
take off
vertical water spray
Large load application scenarios (lifting/photovoltaic cleaning)
Cluster collaborative combat mission scenarios
Typical cases - Special applications
A tiny flapping-wing drone project
Wing battle damage tolerance flight control verification
vehicle mounted takeoff
air drop
cruise flight
Separation of Vehicle Takeoff and Unpowered Release
Micro drones
Typical cases - Patrol guidance
Visual based object tracking
Visual based target guidance (multi rotor)
Visual based target guidance (fixed wing)
GNSS based target guidance
